Judge: Nucleophile and Carbocation Steric Hindrance Essay

Submitted By anniekun
Words: 791
Pages: 4

E2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major p vE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major E2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pbE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pvE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile and strong base good leaving group, can make products without a carbocation steric hindrance in SN2 rxn will make it impossible. trans alkene will be major pE2 conditions favored. E2 will be major product. good nucleophile